Changshan Estar Electronic Co. Ltd
Changshan Estar Electronic Co. Ltd
Infrared Ear Thermometer, Superior Quality, Probe Cover-free, -20-50°C Storage Temperature
  • Infrared Ear Thermometer, Superior Quality, Probe Cover-free, -20-50°C Storage Temperature
  • Infrared Ear Thermometer, Superior Quality, Probe Cover-free, -20-50°C Storage Temperature
Infrared Ear Thermometer, Superior Quality, Probe Cover-free, -20-50°C Storage Temperature
Infrared Ear Thermometer, Superior Quality, Probe Cover-free, -20-50°C Storage Temperature

Infrared Ear Thermometer, Superior Quality, Probe Cover-free, -20-50°C Storage Temperature

Payment Type:
Telegraphic Transfer (TT, T/T)
Quantity:

Your message must be between 20 to 2000 characters

Contact Now
Basic Info
Basic Info
Payment Type: Telegraphic Transfer (TT,T/T)
Product Description
Product Description
  • Specifications:
    • Temperature range: 32-42°C
    • Environment temperature range: 12-38°C
    • Storage temperature range: -20-50°C
    • Measurement time: within 1 second
    • The scale choosing: °C or °F
    • Display mode: LCD
    • Memory function: 10 groups
    • Fever alarm, beeper function and low-battery display
    • Close method: shut-off automatically after 5 minutes ofnon-operating
    • An infrared (IR) thermometer contains an optical sensor,usually a thermopile, which can detect the infrared emissions fromany hot object
  • The magnitude and spectrum of infrared energy emitted dependson:
    • Internal temperature of the body
    • Temperature of the thermometer, which is also radiating IRenergy
    • Emissivity, which describes the efficiency of the surface forradiating electromagnetic radiation and is a dimensionless numberbetween 0 (smooth shiny surface) and 1 (dark rough surface)
    • Filtering effect of optical components, including the probecover
  • Description:
    • Infrared ear thermometers are designed to sense the temperatureof the tympanic membrane within the ear
    • The measured temperature is an average across the visualizedarea
    • The field of view may encompass adjacent ear structures,approximately 2°C colder than the tympanic membrane (typically37.3°C)
    • An instrumentation offset is usually applied which incorporatesinformation about the thermometer temperature and filtering effectof the optical components
    • Some devices also try to correct for the effect of averaging(making assumptions about the relative size of the tympanicmembrane in the field of view)
    • Forehead thermometers repeatedly sample the skin temperatureseeking peak values, caused by the presence of the temporal arterylying under the surface
    • Instrumentation offset values and physiological offset valuesare then applied to predict the temperature at another site,usually oral
    • All these devices use computational software to rapidly predictthe temperature
  • Temperature range: 32-42°C
  • Environment temperature range: 12-38°C
  • Storage temperature range: -20-50°C
  • Measurement time: within 1 second
  • The scale choosing: °C or °F
  • Display mode: LCD
  • Memory function: 10 groups
  • Fever alarm, beeper function and low-battery display
  • Close method: shut-off automatically after 5 minutes ofnon-operating
  • An infrared (IR) thermometer contains an optical sensor,usually a thermopile, which can detect the infrared emissions fromany hot object
  • Internal temperature of the body
  • Temperature of the thermometer, which is also radiating IRenergy
  • Emissivity, which describes the efficiency of the surface forradiating electromagnetic radiation and is a dimensionless numberbetween 0 (smooth shiny surface) and 1 (dark rough surface)
  • Filtering effect of optical components, including the probecover
  • Infrared ear thermometers are designed to sense the temperatureof the tympanic membrane within the ear
  • The measured temperature is an average across the visualizedarea
  • The field of view may encompass adjacent ear structures,approximately 2°C colder than the tympanic membrane (typically37.3°C)
  • An instrumentation offset is usually applied which incorporatesinformation about the thermometer temperature and filtering effectof the optical components
  • Some devices also try to correct for the effect of averaging(making assumptions about the relative size of the tympanicmembrane in the field of view)
  • Forehead thermometers repeatedly sample the skin temperatureseeking peak values, caused by the presence of the temporal arterylying under the surface
  • Instrumentation offset values and physiological offset valuesare then applied to predict the temperature at another site,usually oral
  • All these devices use computational software to rapidly predictthe temperature
  • Send your message to this supplier

    • Ms.  Nancy

    • Enter between 20 to 4,000 characters.

    Related Keywords

    Related Keywords